The energy efficiency of a building has become a superior objective in the processes of design and construction. Rapid development of the wind power industry and the related technologies enables us to use wind systems in modern construction projects. The innovative nature of these solutions however, give rise to various cumbersome issues. They are mostly related to the structure of the building, its influence on the natural environment and interactions between the structure and the wind system on the use of the building. The solution often depends on interdisciplinary cooperation, which begins at the stage of design and construction of the wind turbines. This cooperation is also essential during the selection of wind power devices, designing the building and the construction process itself. As a result, increasingly efficient wind systems are implemented.

The energy efficiency of a building has become a superior objective in the processes of design and construction. Rapid development of the wind power industry and the related technologies enables us to use wind systems in modern construction projects. The innovative nature of these solutions however, give rise to various cumbersome issues. They are mostly related to the structure of the building, its influence on the natural environment and interactions between the structure and the wind system on the use of the building. The solution often depends on interdisciplinary cooperation, which begins at the stage of design and construction of the wind turbines. This cooperation is also essential during the selection of wind power devices, designing the building and the construction process itself. As a result, increasingly efficient wind systems are implemented.